gp-pro/pbiii for windows device/plc connection manual€¦ · · 2007-06-03gp-pro/pbiii for...

GP-PRO/PBIII for WindowsDevice/PLC CONNECTION MANUAL

ADDITIONAL MANUAL

Toshiba Schneider Inverter Corporation

VF-S9/VF-nC1/VF-S11/VF-A7 Series

2


GP-PRO/PBIII for Windows Device/PLC Connection Manual

Reading the GP-PRO/PBIII Device/PLC Connection Manual

This document is designed as an addition to the latest GP-PRO/PBIII for WindowsDevice/PLC Connection manual's Toshiba Schneider Inverter Corporation ToshibaSchneider Inverter Corporation GP-PRO/PBIII for Windows Device/PLC Con-nection ManualGP-PRO/PBIII for Windows Device/PLC ConnectionManual's Toshiba Schneider Inverter Corporation Toshiba Schneider Inverter Corpo-ration GP-PRO/PBIII for Windows Device/PLC Connection ManualGP-PRO/PBIII for Windows Device/PLC Connection Manual's data.

When connecting a Factory Gateway unit, please substitute the words "Factory Gate-way" for this document's "GP/GLC/LT".

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InstallationThis CD-ROM includes all the protocol files required by the GP/GLC to communicatewith a Toshiba Schneider Inverter Corporation VF-S9/VF-nC1/VF-S11/VF-A7 SeriesInverter. Also, you will need to have one or more of the following software applicationsinstalled. The screen and data transfer files included in the CD-ROM must be installed ineach of those applications. For information regarding installing the software, refer to thatsoftware's Operation Manual.

Software Applications• LT Editor Ver. 1.0 or later• GP-PRO/PBIII for Windows Ver. 5.0 or later• Pro-Server with Pro-Studio for Windows Ver. 3.0 or later *1

1) Be sure to confirm that the required software application is installed in your PCprior to starting installation.

2) Double-click the CD-ROM's "TOSVERT.exe" file to start the installation.

3) After the installation program starts, follow the instructions given to install theprotocol files.

When creating a new project and using a Toshiba Schneider In-verter Corporation VF-S9/VF-nC1/VF-S11/VF-A7 Series Inverter, inthe "Device/PLC Type" window be sure to select [Others] -[TOSHIBA SCHNEIDER INVERTER].

*1 When using the Factory Gateway unit, GP-Web Ver. 1.0 or later or GP-ViewerVer. 1.0 or later, be sure to select "Pro-Server with Pro-Studio for Windows"as the "Destination Folder" when installing the software.

1GP-PRO/PBIII for Windows Device/PLC Connection Manual

Inverter Option Units Wiring Diagram Cables OperatorInterfaces

VFS9 -- -A *1

RS4001Z orRS4002Z*2

RS4001Z orRS4002Z*2

RS4002Z

RS4002Z

RS-422(2-wire, 1:n

Communication)<Diagram 5>

ToshibaSchneiderInverter

RS20035-0(5m)

GP/GLC/LT/STSeries,

Factory Gateway

RS-232C<Diagram 1>

RS-422(4-wire)<Diagram 2>

RS-422(4-wire 1:nCommunication)

<Diagram 3>RS-422(2-wire)

<Diagram 4>

15.6 Toshiba Schneider Inverter Corporation

The following tables describe the methods for connecting Toshiba SchneiderInverter Corporation VF-S9/VF-nC1/VF-S11/VF-A7 Series inverters to the GP.

15.6.1 System Design

VF-S9 Series

If communication halts due to a signal cable break, GP/GLCfault etc., the inverter may not detect a stop command. Whenthis occurs, be sure to stop communication via the inverter’sexternal terminals.

*1 The data indicated by may vary, depending on the type of option se-lected.

*2 The RS4001Z unit cannot be used for a 2-wire connection or transfer dataat 19200bps. In these cases, the RS4002Z is recommended.

2 GP-PRO/PBIII for Windows Device/PLC Connection Manual


RS-422(2-wire, 1:n



RS20035-0(5m)

GP/GLC/LT/STSeries,

Factory Gateway

RS-232C<Diagram 1>




<Diagram 4>

VFNC1 -- -A *1

RS4001Z orRS4002Z*2

RS4001Z orRS4002Z*2

RS4002Z

RS4002Z

VF-NC1 Series

*1 The data indicated by o may vary, depending on the type of option se-lected.




VFS11 -- -A *1

RS4001Z orRS4002Z2*

RS4001Z orRS4002Z*2

RS4002Z

RS4002Z

RS-422(2-wire, 1:n



RS20035-0(5m)

GP/GLC/LT/STSeries,

Factory Gateway

RS-232C<Diagram 1>




<Diagram 4>

VF-S11 Series



4 GP-PRO/PBIII for Windows Device/PLC Connection Manual


VFA7--A *1

RS4001Z orRS4002Z*2

RS4001Z orRS4002Z*2

RS4002Z

RS4002Z

RS-422(2-wire, 1:n



RS20035-0(5m)

GP/GLC/LT/STSeries,

Factory Gateway

RS-232C<Diagram 1>




<Diagram 4>

VF-A7 Series




RS-232C Toshiba SchneiderInverter Option CableRS20035-0 (5m)

InverterGP Series

8-Pin Modular RJ45 Jack

Connection Structure 1:1 Connection (RS-232C)

Toshiba Schneider Inverter’s option cable (RS20035-0) is required for thistype of connection. (Cannot be created by user)

1:1 Connection (RS-422)

• Toshiba Schneider Inverter’s optional cable and an RS485 converter arerequired for this type of connection.

• The RS4001Z unit cannot be used for a 2-wire connection or transferdata at 19200bps. In these cases, the RS4002Z is recommended.

RS-422

InverterGP Series Unit

Toshiba SchneiderInverterRS485 Converter(RS4001Z or RS4002Z)

Toshiba SchneiderInverterOptional Cables:- CAB0011-0(1m) or- CAB0013-0(3m) or- CAB0015-0(5m)

8-Pin ModularRJ45 JackConnector

Terminal Block

6



1:n Connection (RS-422)

• Toshiba Schneider Inverter’s optional cable and an RS485 converter arerequired for this type of connection.

• The RS4001Z unit cannot be used for a 2-wire connection or transferdata at 19200bps. In these cases, the RS4002Z is recommended.

• A maximum of 2 Toshiba Schneider Inverters can be connected to asingle RS4001Z RS485 convertor, and a maximum of 8 Invertors can beconnected to a single RS4002Z converter.

RS422

Inverters (Max: 32 units)

GP Series Unit

Connector

Toshiba SchneiderInverter OptionalCables:- CAB0011-0(1m) or- CAB0013-0(3m) or- CAB0015-0(5m)

8-Pin ModularRJ45 Jack

Toshiba Schneider InverterRS485 Converter(RS4001Z or RS4002Z)



Cable Diagram 1 RS-232C

Be sure to use Toshiba Schneider’s RS20035-0 cable.

15.6.2 Cable Diagrams

• Be sure the shield’s ground wire is not connected to the Inver-tor or other unit’s live earth wire.

• Be sure there is at least 20cm or more distance between thecommunication and main circuit lines.

• The following types of cables are recomended:

• When using an ST Series Unit

Cable Name Length ManufacturerKMPEV-SB 0.75mm2 (Lay wire) Max. 600mKMPEV-SB 0.75mm2 (Lay wire) Max. 500mGECLS-9004 AWG24 0.2mm2

(Simple wire)Max. 300m

Showa Densen Co.

RS20035-0 (5m)

Commercial-type 9 <-> 25-pin Converter

GP

Inverter

8-PinRJ-45

9-pin D-sub25-pin D-sub

RS20035-0 (5m)

Inverter

8-PinRJ-45

9-pin D-subGP

8



Cable Diagram 2 RS-422, 1:1

<When making your own cable>

• Cable length: Max. 600m.• Turning the Converter unit (Inverter-side) Dip Switch 2-4 ON

will insert termination resistance.

<When using Digital's RS-422 connector terminal adapter GP070-CN10-0>

GP ConverterT erminal

BlockRDA T XARDB T XBSDA RXASDB RXB

T ERM SGSG SHIELDFG

Shield

GP070-CN10-0

120Ω1/4W

T oshiba Schneider InverterRS485 Converter(RS4001Z or RS4002Z)

T oshiba SchneiderInverterOptional Cables:- CAB0011-0 or- CAB0013-0 or- CAB0015-0

Inverter

Shield Converter1 FG T erminal

Bl k7 SG SHIELD9 T RMX SG10 RDA T XA16 RDB T XB11 SDA RXA15 SDB RXB18 CSB19 ERB21 CSA22 ERA

(25 pin male)

120Ω1/4W

T oshiba Schneider InverterRS485 Converter(RS4001Z or RS4002Z)


Inverter



Cable Diagram 3 RS-422, 1:n


will insert termination resistance. Be sure to set the dipswitches only on the last (final) converter.


<When making your own cable>GP Shield Converter

1 FG Terminal Block Shield

7 SG SHIELD SHIELD9 TRMX SG SG10 RDA TXA TXA16 RDB TXB TXB11 SDA RXA RXA15 SDB RXB RXB18 CSB19 ERB21 CSA22 ERA

(25Pin Male)

Toshiba SchneiderInverterOptional Cables:- CAB0011-0 or- CAB0013-0 or- CAB0015-0

Toshiba SchneiderInverterRS485 Converter(RS4001Z orRS4002Z)

120Ω1/4W

GP Converter ConverterTerminal

BlockTerminal

BlockRDA TXA TXARDB TXB TXBSDA RXA RXASDB RXB RXB

TERM SG SGSG SHIELD SHIELDFG

120Ω1/4W

GP070-CN10-0

Shield


Toshiba SchneiderInverterRS485 Converter(RS4001Z orRS4002Z)

Shield

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Cable Diagram 4 RS-422, 1:1



will insert termination resistance.


GP Converter(25P- male) Terminal

BlockRDA TXARDB TXBSDA RXASDB RXB

TERM SGSG SHIELDFG

Shield

Inverter

T oshiba SchneiderInverterRS485 Converter


120Ω1/4W

GP Shield Converter

(25P male) 1 FG Terminal Block

7 SG SHIELD9 TRMX SG10 RDA TXA16 RDB TXB11 SDA RXA15 SDB RXB18 CSB19 ERB21 CSA22 ERA

Toshiba Schneider InverterRS485 Converter(RS4001Z or RS4002Z)


120Ω1/4W



Cable Diagram 5 RS-422, 1:n



will insert termination resistance.<When using Digital's RS-422 connector terminal adapter GP070-CN10-0>

GP Shield Converter Shield Converter

(25P-male) 1 FG Terminal Block Terminal Block

7 SG SHIELD SHIELD

9 TRMX SG SG

10 RDA TXA TXA

16 RDB TXB TXB

11 SDA RXA RXA

15 SDB RXB RXB

18 CSB

19 ERB

21 CSA

22 ERA



120Ω1/4W

GP Shield Converter Shield ConverterTerminal

BlockTerminal

BlockRDA TXA TXARDB TXB TXBSDA RXA RXASDB RXB RXB

TERM SG SGSG SHIELD SHIELDFG

GP070-CN10-0



120Ω1/4W

12



With an RS-422 connection and ST Series unit, the cable must be createdby the user. Also, as shown below, the GP and ST pin numbers are differ-ent. Please use this table when creating your cable.

ST Pin No. Pin Name GP Pin No.1 RDA 102 RDB 163 SDA 114 ERA 225 SG 76 CSB 187 SDB 158 CSA 219 ERB 19

Connector Shell FG 1



15.6.3 Supported Devices

VF-A7 Series

*1 Read-only device.

Device Bit Address Word Address

----- 0000 to 0024

----- W0000 to W0024

----- 0100 to 0199

----- W0100 to W0199

----- 0200 to 0294

----- W0200 to W0294

----- 0300 to 0398

----- W0300 to W0398

----- 0400 to 0491

----- W0400 to W0491

----- 0500 to 0599

----- W0500 to W0599

----- 0600 to 0697

----- W0600 to W0697

----- 0700 to 0730

----- W0700 to W0730

----- 0800 to 0899

----- W0800 to W0899Instruction ----- FA00 to FA51

----- FB05 to FB58 *1

----- FC90 to FC91 *1

----- FD00 *1

----- FE00 to FE71 *1

DescriptionStandardParameters

ExtendedParameters

Monitor

H/L

When data is designated as being written to a W**** address, data iswritten to both RAM and EEPROM memory. When this type of address isnot used, data is written to only RAM. Since EEPROM memory has alimited (finite) number of writes that can be performed, if data backup(retention) is not required, write data only to RAM memory.

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VF-nC1 Series



Device Bit Address Word Address Description

----- 0003 to 0024

----- W0003 to W0024

----- 0100 to 0173

----- W0100 to W0173

----- 0201 to 0294

----- W0201 to W0294

----- 0300 to 0363

----- W0300 to W0363

----- 0400 to 0419

----- W0400 to W0419

----- 0500 to 0505

----- W0500 to W0505

----- 0600 to 0633

----- W0600 to W0633

----- 0700 to 0710

----- W0700 to W0710

----- 0800 to 0880

----- W0800 to W0880Instruction ----- FA00 to FA03

----- FC90 to FC91 *1

----- FD00 to FD07 *1

----- FE00 to FE73 *1

StandardParameters

ExtendedParameters

Monitor

H/L



VF-S9 Series




------ 0000 to 0041

------ W0000 to W0041

------ 0100 to 0173

------ W0100 to W0173

------ 0200 to 0294

------ W0200 to W0294

------ 0300 to 0363

------ W0300 to W0363

------ 0400 to 0408

------ W0400 to W0408

------ 0500 to 0505

------ W0500 to W0505

------ 0600 to 0692

------ W0600 to W0692

------ 0700 to 0710

------ W0700 to W0710

------ 0800 to 0880

------ W0800 to W0880Instruction ------ FA00 to FA02

------ FC00 to FC91 *1

------ FD00 *1

------ FE00 to FE71 *1

StandardParameters

ExtendedParameters

Monitor

Description

H/L

16



VF-S11 Series




------ 0000 to 0024

------ W0000 to W0024

------ 0100 to 0185

------ W0100 to W0185

------ 0200 to 0294

------ W0200 to W0294

------ 0300 to 0366

------ W0300 to W0366

------ 0400 to 0494

------ W0400 to W0494

------ 0500 to 0513

------ W0500 to W0513

------ 0600 to 0692

------ W0600 to W0692

------ 0700 to 0736

------ W0700 to W0736

------ 0800 to 0894

------ W0800 to W0894

------ 0910 to 0911

------ W0910 to W0911

Instruction ------ FA00 to FA02

------ FC00 to FC91 *1

------ FD00 *1

------ FE00 to FE71 *1

Description

StandardParameters

ExtendedParameters

Monitor

H/L



Inverter parameters are allocated to the device and address, as shownbelow. The command number or the parameter’s function code is displayedin the device. For details,

Enter the unit no. ofthe inverter you wishto designate

Displays theparameter number

Displays the command number orthe parameter function code

Inverter Commands Parameter Function Codes

Parameter Numbers

01 / 00_00

Parameter Number

Command Number or ParameterFunction Code

Inverter Unit No.

18



GP/GLC System Data Area (LS0 to LS19)The system area (LS0 to LS19) of the GP/GLC cannot be allo-cated to the data area available on the inverter. Even if thesystem area is set using GP-PRO/PBIII or the GP/GLC offlinemode, this allocation cannot be made. For the following andlater system versions, system area data cannot be sent to theinverter even though the system data area has been allocated(selected) to the data area available on the inverter.

GP/GLCModel

GP77RSeries

GP377Series

GLC300Series

GLC2000Series

GP2000Series LT

System Version Ver. 2.60 Ver. 2.60 Ver. 2.60 Ver. 2.45 Ver. 3.10 Ver. 2.69b

Inverter CommandsInverter parameters are allocated the following communication codes. Whensetting up Tags, the left-most two digits are for the device name, and the right-most two digits are for the device address. For detailed information, refer to yourinverter manual’s Parameter List.

CommunicationNumber

Feature

0000Inverter-based speedincrease/decrease

0001 Inverter-based control0002 Select type of operation0003 Select speed command0004 :0005 :

GP unit’s designated Device Address



The following table shows Digital’s recommended Toshiba Schneider InverterCorporation’s communication settings and their corresponding settings on the GP.

15.6.4 Environment Setup

*1 Inverter settings should be entered via the Function Mode’s parameters.

For details, refer to your inverter’s manual.

Use the Toshiba Schneider’s RS485 Convertor unit’s dip switches to entersettings for that unit. Be sure that the settings are the same as those used onthe inverter unit.

*2 Only the RS4002Z unit has settings. This is performed via the unit’s dipswitches (SW1, SW-2). The RS4001Z only supports 4-wire communication.

*3 Use Inverter No. from 0 to 31 when connecting to the GP unit.

Baud Rate 9600 bps Baud Rate (F800) *1 9600 bps

Data Length 8 bits (fixed) ---------- ----------

Stop Bit 1 bits (fixed) ---------- ----------

Parity Bit Even Parity (F801) *1 Even

Control Method ER ---------- ----------

CommunicationFormat (4-wire)

4-wire RS485 *2 4-wire

CommunicationFormat (2-wire)

2-wire RS485 *2 2-wire

CommunicationFormat (RS232C)

RS-232C ---------- ----------

Station No. 0 Inverter No. (F802) *1 *3 0

GP Settings Inverter Settings

Appendix-1

Appendix


A Toshiba Schneider Inverter Corporation

A.1 Maximum Number of Consecutive Device Address

The following lists the maximum number of consecutive addresses that canbe read for each device.

Device Max.No. of ConsecutiveDevice Addresses

Basic Parameter

Extended Parameter

Instruction-related

Monitor-related

1 Word

Appendix-2

Appendix


A.2 Device Codes and Address Codes

Device codes and address codes are used to specify indirect addresses for theE-tags or K-tags.

The word addresses of data to be displayed are coded and stored in the wordaddress specified by the E-tags and K-tags. (Code storage is done either by thePLC, or with T-tag and K-tags)

Device WordAddress

DeviceCode Description

0000 ~ 0240 Word AddressW0000 ~ 3040 Word Address0100 ~ 0440 Word Address0200 ~ 0640 Word Address0300 ~ 0840 Word Address0400 ~ 1040 Word Address0500 ~ 1240 Word Address0600 ~ 1440 Word Address0700 ~ 1640 Word Address0800 ~ 1840 Word Address0900 ~ 3040 Word Address

W0100 ~ 3240 Word AddressW0200 ~ 3440 Word AddressW0300 ~ 3640 Word AddressW0400 ~ 3840 Word AddressW0500 ~ 6040 Word AddressW0600 ~ 6240 Word AddressW0700 ~ 6440 Word AddressW0800 ~ 6640 Word AddressW0900 ~ 6840 Word Address

Instruction-related FA00 ~ 2040 Word Address

FB00 ~ 2240 Word AddressFC00 ~ 2440 Word AddressFD00 ~ 2640 Word AddressFE00 ~ 2840 Word Address

LS Area LS0000 ~ 4040 Word Address

Basic Parameter

ExtendedParameter

Monitor-related

Appendix-3

Appendix


A.3 Address Conversion Table

The address conversion table is shown below.

00(W00)

01(W01)

02(W02)

03(W03)

04(W04)

05(W05)

06(W06)

07(W07)

08(W08)

09(W09) FA FB FC FD FE LS

Basic Parameter 00 (W00)Extended Parameter 01 (W01)Extended Parameter 02 (W02)Extended Parameter 03 (W03)Extended Parameter 04 (W04)Extended Parameter 05 (W05)Extended Parameter 06 (W06)Extended Parameter 07 (W07)Extended Parameter 08 (W08)Extended Parameter 09 (W09)Instruction-related FAInstruction-related FBMonitor-related FCMonitor-related FDMonitor-related FELS Area LS

After Conversion

Before Conversion

: When the conversion mode is set to "Word", both word and bit devices will be converted. If the conversion mode is set to "Bit", only bit devices will be converted.

gp-pro/pbiii for windows device/plc connection manual€¦ · · 2007-06-03gp-pro/pbiii for...

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